Sentence examples for a single user scenario from inspiring English sources

QoS tradeoff for wireless media streaming in a single user scenario.

However, a single user scenario is typically considered in these existing works which neglects and simplifies many important network-wide aspects of cooperative diversity.

In the current paper, we restrict ourselves to a single user scenario but we investigate more deeply the analytical solution and its understanding.

The main advantage of this setting is the efficiency, but it lacks of functionality as it can only be used for a single user scenario.

Based on the above discussion, for the diversity order of the ET-FSD in a single-user scenario, we can obtain the following theorem.

For instance, singular value decomposition (SVD) probably serves as a prevailing way to construct the capacity-achieving precoder for a single-user scenario by diagonalizing the MIMO channel matrix.

However, due to the abovementioned simplicity reasons, we restrict the evaluation to a single-user scenario without feedback channel, so modulation and coding scheme values are fixed beforehand instead of being adapted according to the channel quality.

In Section 3, we prove that the ET-FSD in a single-user scenario is able to achieve full diversity; meanwhile, the complexity behavior of ET-FSD is studied considering both single-user and multi-user scenarios.

An optimization strategy for Hierarchical Modulation and convolutional encoding, which can achieve the target bit error rates with minimum global signal-to-noise ratio in a single-user scenario, is suggested.

In [22], the outage probability and outage capacity analysis for a dual-hop OFDM DF relay system is presented while approximating the probability distribution function (PDF) of total capacity by Gaussian distribution for a single-user scenario.

To make a fair comparison between the results derived in a multi-user scenario and those traditionally in a single-user scenario, it is better for us to focus the analysis on the behavior of complexity per user.